I am currently using PHP to query from my sphinx index. The index is building properly, however the search is not.
Originally I had my query set up like the following:
private function _doMapSearchAll($textSearch, $typeFilterArr, $rads = array(), $centre = array(), $showFavourites = false) {
// lookup the location based on the search and return the results in that
// map bounds ignore for boundary searches
$rsArr = array();
$skipDataSearch = false;
if (!COUNT($rads)) {
// handle airport code lookups if we have 3 characters
if (strlen($textSearch) === 3) {
$rsArr = $this->_doMapAirportSearch($textSearch);
if (COUNT($rsArr)) {
$skipDataSearch = true;
}
}
// still no results based on the above search, do generic map search
if ($skipDataSearch === false) {
$rsArr = $this->_doMapGeoSearch($textSearch, $typeFilterArr, $centre);
if (COUNT($rsArr['results']) > 0) {
$skipDataSearch = false;
}
}
}
// if we are doing a boundary search, or we have no results from the above,
// get all results based on our location
if ($skipDataSearch === false) {
// fall back onto searching via the data
// normalise the search string
$originalSearchString = $this->doNormalisation($textSearch);
// use sphinx for the search
$sphinx = $this->_getSphinxConnection();
$sphinx->setLimits(0, $this->container->getParameter('search_max_results'), $this->container->getParameter('search_max_results'));
if (COUNT($typeFilterArr)) {
$sphinx->SetFilter('fldSiteTypeUID_attr', $typeFilterArr);
}
// if we're doing a boundary search, skip the search string
if (COUNT($rads) > 0) {
$originalSearchString = '';
if ($showFavourites === false) {
//$sphinx->SetFilterFloatRange('lat_radians', min($rads['minLat'], $rads['maxLat']), max($rads['minLat'], $rads['maxLat']));
//$sphinx->SetFilterFloatRange('long_radians', min($rads['minLon'], $rads['maxLon']), max($rads['minLon'], $rads['maxLon']));
if ($rads['minLat'] > $rads['maxLat']) {
$rads['minLat'] = $rads['minLat'] - 360;
}
if ($rads['minLon'] > $rads['maxLon']) {
$rads['minLon'] = $rads['minLon'] - 180;
}
$sphinx->SetFilterFloatRange('lat_radians', $rads['minLat'], $rads['maxLat']);
$sphinx->SetFilterFloatRange('long_radians', $rads['minLon'], $rads['maxLon']);
}
}
// order by centre point
if (COUNT($centre) > 0) {
// otherwise start in the centre
$sphinx->SetGeoAnchor('lat_radians', 'long_radians', (float) $centre['centreLat'], (float) $centre['centreLon']);
$lintDistanceLimit = 999999999.0; // everything
if ($showFavourites === false && isset($rads['maxLat'])) {
$radiusMiles = $this->get('geolocation_helper')->getSeparation(
rad2deg($rads['maxLat']),
rad2deg($rads['minLon']),
rad2deg($rads['minLat']),
rad2deg($rads['maxLon']),
"M"
);
$lintDistanceLimit = $radiusMiles * 1609; // miles to meters...
}
$sphinx->SetFilterFloatRange('geodist', 0.0, (float)$lintDistanceLimit);
$sphinx->SetSortMode(SPH_SORT_EXTENDED, 'geodist ASC');
} else {
// apply search weights
$sphinx->SetFieldWeights(array('fldTown_str' => 100, 'fldAddress1_str' => 30, 'fldSiteName_str' => 20));
}
// if we should be limiting to only favourites, pickup the selected
// favourites from cookies
if ($showFavourites === true) {
$request = $this->container->get('request_stack')->getCurrentRequest();
$favourites = explode(',', $request->cookies->get('HSF_favlist'));
if (count($favourites)) {
foreach ($favourites as $k => $favourite) {
$favourites[$k] = (int)$favourite;
}
$sphinx->SetFilter('fldUID_attr', $favourites);
}
}
$rs = $sphinx->Query($originalSearchString, $this->container->getParameter('sphinx_index'));
echo json_encode($sphinx);
$rsArr['results'] = array();
if (isset($rs['matches']) && count($rs['matches'])) {
// update the search text to what we actually searched for, this
// is needed in case we've updated/set $rsArr['searchText']
// after a geolookup
$rsArr['searchText'] = $textSearch;
// clear any previous bounds set by the geolookup, we don't want this
// if we have direct text match results
$rsArr['geobounds'] = array();
if (isset($rs['matches']) && count($rs['matches'])) {
foreach ($rs['matches'] as $k => $match) {
$rsArr['results'][$k] = $this->_remapSphinxData($k, $match);
}
}
// sort the results by distance
usort($rsArr['results'], function ($a, $b) {
return $a['fldDistance'] - $b['fldDistance'];
});
}
}
// add on the total record count
$rsArr['total'] = (int) COUNT($rsArr['results']);
return $rsArr;
}
That was returning nothing and giving me the error for GEODIST():
{"_host":"sphinx","_port":36307,"_path":"","_socket":false,"_offset":0,"_limit":250,"_mode":0,"_weights":[],"_sort":4,"_sortby":"geodist ASC","_min_id":0,"_max_id":0,"_filters":[{"type":2,"attr":"geodist","exclude":false,"min":0,"max":999999999}],"_groupby":"","_groupfunc":0,"_groupsort":"#group desc","_groupdistinct":"","_maxmatches":"250","_cutoff":0,"_retrycount":0,"_retrydelay":0,"_anchor":{"attrlat":"lat_radians","attrlong":"long_radians","lat":0.9300859583877783,"long":-2.0943951023931953},"_indexweights":[],"_ranker":0,"_rankexpr":"","_maxquerytime":0,"_fieldweights":[],"_overrides":[],"_select":"*","_error":"searchd error: geoanchor is deprecated (and slow); use GEODIST() expression","_warning":"","_connerror":false,"_reqs":[],"_mbenc":"","_arrayresult":false,"_timeout":0}{"results":[],"bounds":{"bllat":53.395603,"trlat":53.7159857,"bllng":-113.7138017,"trlng":-113.2716433},"geocentre":{"lat":53.5461245,"lon":-113.4938229},"checksum":"204a43923452936b00a10c8e566c4a48d4fdb280f97fd4042646eb45c8257bbc","searchText":"Edmonton, AB, Canada","skipResults":true,"showFavourites":false}
To fix this I changed the SetGeoAnchor function to the following:
private function _doMapSearchAll($textSearch, $typeFilterArr, $rads = array(), $centre = array(), $showFavourites = false) {
// lookup the location based on the search and return the results in that
// map bounds ignore for boundary searches
$rsArr = array();
$skipDataSearch = false;
if (!COUNT($rads)) {
// handle airport code lookups if we have 3 characters
if (strlen($textSearch) === 3) {
$rsArr = $this->_doMapAirportSearch($textSearch);
if (COUNT($rsArr)) {
$skipDataSearch = true;
}
}
// still no results based on the above search, do generic map search
if ($skipDataSearch === false) {
$rsArr = $this->_doMapGeoSearch($textSearch, $typeFilterArr, $centre);
if (COUNT($rsArr['results']) > 0) {
$skipDataSearch = false;
}
}
}
// if we are doing a boundary search, or we have no results from the above,
// get all results based on our location
if ($skipDataSearch === false) {
// fall back onto searching via the data
// normalise the search string
$originalSearchString = $this->doNormalisation($textSearch);
// use sphinx for the search
$sphinx = $this->_getSphinxConnection();
$sphinx->setLimits(0, $this->container->getParameter('search_max_results'), $this->container->getParameter('search_max_results'));
if (COUNT($typeFilterArr)) {
$sphinx->SetFilter('fldSiteTypeUID_attr', $typeFilterArr);
}
// if we're doing a boundary search, skip the search string
if (COUNT($rads) > 0) {
$originalSearchString = '';
if ($showFavourites === false) {
//$sphinx->SetFilterFloatRange('lat_radians', min($rads['minLat'], $rads['maxLat']), max($rads['minLat'], $rads['maxLat']));
//$sphinx->SetFilterFloatRange('long_radians', min($rads['minLon'], $rads['maxLon']), max($rads['minLon'], $rads['maxLon']));
if ($rads['minLat'] > $rads['maxLat']) {
$rads['minLat'] = $rads['minLat'] - 360;
}
if ($rads['minLon'] > $rads['maxLon']) {
$rads['minLon'] = $rads['minLon'] - 180;
}
$sphinx->SetFilterFloatRange('lat_radians', $rads['minLat'], $rads['maxLat']);
$sphinx->SetFilterFloatRange('long_radians', $rads['minLon'], $rads['maxLon']);
}
}
// order by centre point
if (COUNT($centre) > 0) {
// otherwise start in the centre
// $sphinx->SetGeoAnchor('lat_radians', 'long_radians', (float) $centre['centreLat'], (float) $centre['centreLon']);
$centreLat = (float) $centre['centreLat'];
$centreLon = (float) $centre['centreLon'];
$sphinx->SetSelect("GEODIST(lat_radians, long_radians, $centreLat, $centreLon) AS geodist");
$lintDistanceLimit = 999999999.0; // everything
if ($showFavourites === false && isset($rads['maxLat'])) {
$radiusMiles = $this->get('geolocation_helper')->getSeparation(
rad2deg($rads['maxLat']),
rad2deg($rads['minLon']),
rad2deg($rads['minLat']),
rad2deg($rads['maxLon']),
"M"
);
$lintDistanceLimit = $radiusMiles * 1609; // miles to meters...
}
$sphinx->SetFilterFloatRange('geodist', 0.0, (float)$lintDistanceLimit);
$sphinx->SetSortMode(SPH_SORT_EXTENDED, 'geodist ASC');
} else {
// apply search weights
$sphinx->SetFieldWeights(array('fldTown_str' => 100, 'fldAddress1_str' => 30, 'fldSiteName_str' => 20));
}
// if we should be limiting to only favourites, pickup the selected
// favourites from cookies
if ($showFavourites === true) {
$request = $this->container->get('request_stack')->getCurrentRequest();
$favourites = explode(',', $request->cookies->get('HSF_favlist'));
if (count($favourites)) {
foreach ($favourites as $k => $favourite) {
$favourites[$k] = (int)$favourite;
}
$sphinx->SetFilter('fldUID_attr', $favourites);
}
}
$rs = $sphinx->Query($originalSearchString, $this->container->getParameter('sphinx_index'));
echo json_encode($sphinx);
$rsArr['results'] = array();
if (isset($rs['matches']) && count($rs['matches'])) {
// update the search text to what we actually searched for, this
// is needed in case we've updated/set $rsArr['searchText']
// after a geolookup
$rsArr['searchText'] = $textSearch;
// clear any previous bounds set by the geolookup, we don't want this
// if we have direct text match results
$rsArr['geobounds'] = array();
if (isset($rs['matches']) && count($rs['matches'])) {
foreach ($rs['matches'] as $k => $match) {
$rsArr['results'][$k] = $this->_remapSphinxData($k, $match);
}
}
// sort the results by distance
usort($rsArr['results'], function ($a, $b) {
return $a['fldDistance'] - $b['fldDistance'];
});
}
}
// add on the total record count
$rsArr['total'] = (int) COUNT($rsArr['results']);
return $rsArr;
}
This gives me back results however they look like this:
{"_host":"sphinx","_port":36307,"_path":"","_socket":false,"_offset":0,"_limit":250,"_mode":0,"_weights":[],"_sort":4,"_sortby":"geodist ASC","_min_id":0,"_max_id":0,"_filters":[{"type":2,"attr":"geodist","exclude":false,"min":0,"max":999999999}],"_groupby":"","_groupfunc":0,"_groupsort":"#group desc","_groupdistinct":"","_maxmatches":"250","_cutoff":0,"_retrycount":0,"_retrydelay":0,"_anchor":[],"_indexweights":[],"_ranker":0,"_rankexpr":"","_maxquerytime":0,"_fieldweights":[],"_overrides":[],"_select":"GEODIST(lat_radians, long_radians, 0.93008595838778, -2.0943951023932) AS geodist","_error":"","_warning":"","_connerror":false,"_reqs":[],"_mbenc":"","_arrayresult":false,"_timeout":0}{"results":[[null,null,null,null,null,null,null,"Other","http:\/\/localhost:8080\/themes\/docker\/images\/Site-Type-Other.png",null,34362776,null,""],[null,null,null,null,null,null,null,"Other","http:\/\/localhost:8080\/themes\/docker\/images\/Site-Type-Other.png",null,38279990,null,""],[null,null,null,null,null,null,null,"Other","http:\/\/localhost:8080\/themes\/docker\/images\/Site-Type-Other.png",null,7963188,null,""],[null,null,null,null,null,null,null,"Other","http:\/\/localhost:8080\/themes\/docker\/images\/Site-Type-Other.png",null,7971966,null,""],[null,null,null,null,null,null,null,"Other","http:\/\/localhost:8080\/themes\/docker\/images\/Site-Type-Other.png",null,31790051,null,""],[null,null,null,null,null,null,null,"Other","http:\/\/localhost:8080\/themes\/docker\/images\/Site-Type-Other.png",null,7972301,null,""],[null,null,null,null,null,null,null,"Other","http:\/\/localhost:8080\/themes\/docker\/images\/Site-Type-Other.png",null,33589292,null,""],[null,null,null,null,null,null,null,"Other","http:\/\/localhost:8080\/themes\/docker\/images\/Site-Type-Other.png",null,33589642,null,""],[null,null,null,null,null,null,null,"Other","http:\/\/localhost:8080\/themes\/docker\/images\/Site-Type-Other.png",null,7962913,null,""],[null,null,null,null,null,null,null,"Other","http:\/\/localhost:8080\/themes\/docker\/images\/Site-Type-Other.png",null,31789941,null,""],[null,null,null,null,null,null,null,"Other","http:\/\/localhost:8080\/themes\/docker\/images\/Site-Type-Other.png",null,7962178,null,""],[null,null,null,null,null,null,null,"Other","http:\/\/localhost:8080\/themes\/docker\/images\/Site-Type-Other.png",null,49484181,null,""],[null,null,null,null,null,null,null,"Other","http:\/\/localhost:8080\/themes\/docker\/images\/Site-Type-Other.png",null,31795436,null,""],
.....
My searchd config looks like this:
searchd
{
listen = 36307
listen = 9306:mysql41
log = /opt/sphinx/searchd.log
query_log = /opt/sphinx/query.log
read_timeout = 5
max_children = 30
pid_file = /opt/sphinx/searchd.pid
seamless_rotate = 1
preopen_indexes = 1
unlink_old = 1
binlog_path = /opt/sphinx/
}
I am new tp Sphinx and need help correcting this query. Any thoughts?
Edit: This is sphinx version 3.4.1
So after hours on this over the past few days, I have found the answer...:
I was missing the * in the statement:
$sphinx->SetSelect("*, GEODIST($centreLat, $centreLon, lat_radians, long_radians) as geodist");
I hope this helps anyone who has this issue in the future
I am trying to do backtracking to solved a problem but I get this error:
Error: genator hasn´t returned
Fisrt I will introduce the main problem that the software must resolve:
I have been trying to create the software for a hospital, this
software must create a schedule with the doctors for each day. Each
day must have 5 assigned doctors, one for a specialty called "trauma",
another for "ucr" and another for "box13".
Before assigning doctors, the user must enter the number of holes of
each type that doctor can do that month. So I know how many "trauma",
"ucr" or "box13" have any doctor that month.
Aaah! one more thing, you can not assign a doctor two days in a row.
So I decided to create a backtracking algorithm, the problem is that I am getting a Generator object at the end of the execution but I don´t get a valid return.
function bt($ps){
if($ps->is_solution()){
return $ps->get_solution();
}
else{
yield from $ps->successors();
}
}
class Briker_vc_PS{
public function __construct( $decisiones, $diasTotalFinal, $fechaInicio, $box13, $ucr, $trauma, $numGuardiasAsig){
$this->decisiones= $decisiones;
$this->diasTotalFinal = $diasTotalFinal;
$this->fechaInicio = $fechaInicio;
$this->box13 = $box13;
$this->ucr = $ucr;
$this->trauma = $trauma;
$this->numGuardiasAsig = $numGuardiasAsig;
}
public function is_solution(){
return $this->numGuardiasAsig == $this->diasTotalFinal*5;
}
public function get_solution(){
return $this->decisiones;
}
public function state(){
return $this->decisiones[$this->fechaInicio];
}
public function successors(){
if( array_key_exists( $this->fechaInicio, $this->decisiones) == false ){
$this->decisiones[$this->fechaInicio] = [];
}
if( array_key_exists( 'ids', $this->decisiones[$this->fechaInicio]) == false ){
$this->decisiones[$this->fechaInicio]['ids'] = [];
}
if( array_key_exists( $this->fechaInicio ,$this->decisiones) and array_key_exists( 'box13' ,$this->decisiones) and array_key_exists( 'trauma' ,$this->decisiones) and array_key_exists( 'ucr' ,$this->decisiones)){
if( (count($this->decisiones['trauma'])==1) and (count($this->decisiones['ucr'])==2) and (count($this->decisiones['box13'])==2) ){
$this->fechaInicio = date("Y-m-d",strtotime($this->fechaInicio." +1 day"));
$this->decisiones[$this->fechaInicio]['date'] = $this->fechaInicio;
}
}
$anterior = date("Y-m-d",strtotime($this->fechaInicio." -1 day"));
$Lista=[];
if( array_key_exists( 'trauma' ,$this->decisiones) == false ){
foreach($this->trauma as $key => $val){
if( (in_array($key, $this->decisiones[$this->fechaInicio]['ids']) == false) and (in_array($key, $this->decisiones[$anterior]['ids']) == false) ){
$decisions= $this->decisiones;
$decisions[$this->fechaInicio]['trauma'] = [$key];
$auxtra= $this->trauma;
if($auxtra[$key] -1 == 0){
unset($auxtra[$key]);
}else{
$auxtra[$key] = $auxtra[$key] -1;
}
$num = $this->numGuardiasAsig +1 ;
$decisions[$this->fechaInicio]['ids'][] = $key;
yield from bt(new Briker_vc_PS( $decisions, $this->diasTotalFinal, $this->fechaInicio, $this->box13, $this->ucr, $auxtra, $num));
}
}
}
if( (array_key_exists( 'box13' ,$this->decisiones) == false) or (count($this->decisiones['box13'])<2) ){
foreach($this->box13 as $key => $val){
if( (in_array($key, $this->decisiones[$this->fechaInicio]['ids']) == false) and (in_array($key, $this->decisiones[$anterior]['ids']) == false) ){
$decisions= $this->decisiones;
if(array_key_exists( 'box13' ,$this->decisiones) == false){
$decisions[$this->fechaInicio]['box13'] = array();
}
$decisions[$this->fechaInicio]['box13'][] = $key;
$auxbox13= $this->box13;
if($auxbox13[$key] -1 == 0){
unset($auxbox13[$key]);
}else{
$auxbox13[$key] = $auxbox13[$key] -1;
}
$num = $this->numGuardiasAsig +1 ;
$decisions[$this->fechaInicio]['ids'][] = $key;
yield from bt( new Briker_vc_PS( $decisions, $this->diasTotalFinal, $this->fechaInicio, $auxbox13, $this->ucr, $this->trauma, $num));
}
}
}
if( (array_key_exists( 'ucr' ,$this->decisiones) == false) or (count($this->decisiones['ucr'])<2) ){
foreach($this->ucr as $key => $val){
if( (in_array($key, $this->decisiones[$this->fechaInicio]['ids']) == false) and (in_array($key, $this->decisiones[$anterior]['ids']) == false) ){
$decisions= $this->decisiones;
if(array_key_exists( 'ucr' ,$this->decisiones) == false){
$decisions[$this->fechaInicio]['ucr'] = array();
}
$decisions[$this->fechaInicio]['ucr'][] = $key;
$auxucr= $this->ucr;
if($auxucr[$key] -1 == 0){
unset($auxucr[$key]);
}else{
$auxucr[$key] = $auxucr[$key] -1;
}
$decisions[$this->fechaInicio]['ids'][] = $key;
$num = $this->numGuardiasAsig +1 ;
yield from bt(new Briker_vc_PS( $decisions, $this->diasTotalFinal, $this->fechaInicio, $this->box13, $auxucr, $this->trauma, $num));
}
}
}
}
protected $GuardiasMedico;
protected $decisiones;
}
And this is the main program
$month = $_REQUEST['mes'];
$year = $_REQUEST['any'];
$fecha_inicio = "01-".$month."-".$year;
// fisrt i get the number of "trauma", "ucr" and "box13" for each doctor
// And i create a array with it with key the doctor_id
$db = new SQLite3($dbname);
$result = $db->query('SELECT m.id, m.nombre, m.apellido, mgm.ucr, mgm.trauma, mgm.box13 FROM medico AS m INNER JOIN MedicoGuardiaMes AS mgm ON m.id = mgm.doctor_id WHERE m.borrado = 0 AND mgm.mes = '.$month.' AND mgm.any = '.$year);
$box13 = [];
$ucr = [];
$trauma = [];
while($res = $result->fetchArray()){
$box13[$res['id']] = $res['box13'];
$ucr[$res['id']] = $res['ucr'];
$trauma[$res['id']] = $res['trauma'];
}
// I create the solution array and add the last day from the previous month
$dataBaseDecisiones = [];
$anterior = date("Y-m-d",strtotime($fecha_inicio." -1 day"));
$dataBaseDecisiones[$anterior] = [];
$dataBaseDecisiones[$anterior]['ids'] = [];
$diasTotalFinal=cal_days_in_month(CAL_GREGORIAN, $month, $year);
// Finally I create the initial object and starts the backtracking
$initial_ps = new Briker_vc_PS($dataBaseDecisiones, $diasTotalFinal, $fecha_inicio, $box13, $ucr, $trauma, $numGuardiasAsig);
var_dump( bt($initial_ps)->getReturn() );
I don´t know why this code is not working or if I am using yield the right way.
The problem that is reported happens because of the last line in your code:
bt($initial_ps)->getReturn();
When bt executes the else part it performs a recursive search until there is a return, and then it yields that value. But that does not finish the iterator's results and this yielded value is not considered the iterator's return value. So getReturn() triggers the exception you got.
You don't explain what you intend to get as output in that var_dump. If you want to output all the yielded results, then collect all those results first, for instance with iterator_to_array:
$iter = bt($initial_ps);
print_r(iterator_to_array($iter));
And only then you can execute:
print_r($iter->getReturn());